COPD — Improved Breathing Capacity and Physical Endurance
Chronic Obstructive Pulmonary Disease

Patient
Pier Giorgio
Origin
Italy
Diagnosis
Chronic Obstructive Pulmonary Disease (COPD)
Treatment
September 2024 (home-based deployment)
Author
Dr. Uladzislau Tsvirko
Patient Background
Pier Giorgio, a man from Italy, has been living with chronic obstructive pulmonary disease (COPD) — a chronic respiratory condition associated with impaired oxygenation, persistent fatigue, cough, and excessive mucus production. Prior to treatment, his condition significantly limited physical activity and daily functioning. At baseline, even moderate exertion such as climbing stairs required frequent pauses due to shortness of breath and exhaustion.
Treatment Protocol
- •Home-based medical deployment: BioCells Medical team travelled to the patient's residence
- •Individualised regenerative medicine protocol delivered over two consecutive days
- •Structured clinical oversight by an experienced medical team throughout
- •Preceded by online medical consultation and comprehensive medical evaluation
Reported Functional Changes
- •Significantly improved exercise tolerance — ability to climb two flights of stairs without stopping
- •Noticeable improvement in oxygenation, with reduced fatigue during movement
- •Marked reduction in chronic cough and excessive mucus production
- •Greater ease of movement and improved comfort in daily activities
- •Sustained functional improvements over a four-month observation period
Video Observation
Follow-up and Ongoing Monitoring
The patient remains under longitudinal observation following the intervention. Functional improvements have been sustained over the observed period, and the patient reports a continued sense of physical stability and satisfaction with the outcome. Further monitoring is focused on maintaining respiratory function and overall well-being over time.
Clinical Context
This clinical case highlights how a personalised, home-based regenerative medicine approach, delivered by a specialised medical team, may support functional respiratory capacity and physical endurance in patients with COPD. At BioCells Medical, treatment strategies are developed individually and can be delivered either in-clinic or directly at the patient's home, depending on clinical needs and circumstances.
Note: All observations reported in this case are based on post-treatment follow-up communication with the patient's family and clinical team. Individual results vary. This case does not constitute a clinical trial and should not be interpreted as a guarantee of outcome.